Study Design: Case report with repeated measures. Objectives: To describe the effects of a tendo-Achilles lengthening (TAL) and total contact casting (TCC) on wound healing, motion, plantar pressure, and function in a patient with diabetes mellitus, peripheral neuropathy, neuropathic ulcer, and limited dorsiflexion range of motion (DFROM). Background: Limited DFROM has been associated with increased forefoot pressures and skin breakdown. A TAL was expected to increase DFROM and reduce forefoot pressures during walking, but the influence on muscle performance and function was unknown. Methods and Measures: The patient was a 42-year-old man with a 20-year history of type 1 diabetes (NIDDM) and a recurrent neuropathic plantar ulcer. Outcome measures were DFROM, isokinetic plantar flexor muscle peak torque, in-shoe and barefoot peak plantar pressure, physical performance test (PPT) score, and peak ankle and hip moments during walking obtained from an automated gait analysis. All tests were completed pre-TAL, 8 weeks post-TAL (after immobilization in a TCC), and 7 months post-TAL. Results: The wound healed in 40 days. The TAL resulted in a sustained increase in DFROM (0 to 18°). Plantar flexor peak torque was reduced by 21% 8 weeks after the TAL compared with the torque before surgery but recovered fully at 7 months. Seven months following TAL, in-shoe forefoot peak plantar pressure was reduced by 55%, barefoot pressure decreased by 14%, PPT score increased by 24%, peak ankle plantar flexor moment remained decreased by 30%, and the peak hip flexor moment increased by 41% during walking. Conclusion: For this patient, a TAL resulted in short-term deficits in peak plantar flexor torque, but a 7-month follow-up showed improvements in ankle DFROM, walking ability, and a decrease in forefoot in-shoe peak plantar pressure.

J Orthop Sports Phys Ther. 2000;30(2):85-90.

Key Words: dorsiflexion range of motion, peak plantar pressure, physical performance test, plantar flexor moment

Study Design: Review of selected literature describing the outcomes related to the management of acute Charcot foot arthropathies in patients with diabetes mellitus. Objective: To familiarize the rehabilitation specialist with the general principles of nonsurgical management for patients with acute neuropathic arthropathies of the foot and ankle. Background: Neuropathic (Charcot) arthropathy of the foot or ankle is the most destructive and disabling chronic complication of all diabetic foot disease. Methods and Measures: We discuss the clinical presentation and the role that orthopaedic and sports physical therapists may have in identifying and preventing complications and the long-term disability associated with these arthropathies. We summarize the outcomes of 15 published reports from 1985-1999 located using the MEDLlNE database from 1966-present. Studies were selected and included if the authors reported on (1) 2 or more patients with diabetes mellitus and acute Charcot arthropathies; (2) the short-term or long-term outcomes, including the length of follow-up; and (3) the pattern or location of the arthropathy. The short-term outcomes (percentage of patients healed, average time to healing) and long-term outcomes (percentage in whom treatment failed, amputation, disability) after treatment by immobilization alone or immobilization after surgery were reviewed and summarized. Results: The prognosis for an individual with severe neuropathic skeletal foot deformities is poor. Eleven deaths (3.65%) in 301 patients were reported within the average follow-up period of 2.5 years after treatment for Charcot arthropathy. Partial or complete foot amputation occurred in 20 (6.6%) of 301, whereas 83 (28%) of 301 patients reviewed had mobility limitations or required ankle-foot orthoses or permanent bracing or assistive devices for ambulation at the time of follow-up. Conclusion: Rehabilitation specialists can improve the short-term outcomes and limit the long-term disabilities in patients with diabetes mellitus and peripheral neuropathy. Early recognition and prompt immobilization are the basic principles of nonsurgical management that influence therapeutic outcome.

J Orthop Sports Phys Ther. 1999;29(12):736-746.

Key Words: diabetes mellitus, foot disease, immobilization, short-term and long-term outcomes

Many athletes develop shin splints after athletic activity. The purpose of this case report is to describe the treatment of a patient with posteromedial tibial pain (shin splints) who habitually ran with a forefoot contact running style. The 20-year-old male patient, who played volleyball and basketball about 7 hours a week, complained of pain in the middle one-third of the posteromedial tibia after an acute but prolonged episode of running. Routine observational analysis and in-shoe pressure analysis of the patient's running style showed that he habitually ran on his toes with an absence of heelstrike (forefoot contact running). After instructing the patient on heel-toe running, he no longer complained of posteromedial tibial bone pain. Several possible reasons are proposed for the reduction of leg pain following cessation of forefoot contact running. This case report proposes forefoot contact running as a possible contributor to posteromedial shin splints and that a change in running style may be the optimal treatment for some patients.

J Orthop Sports Phys Ther. 1994;20(2):98-102.

Key Words: shin splints, overuse injury, running